What caused the singularity to explode?

The initial singularity was the gravitational singularity of infinite density thought to have contained all of the mass and space-time of the Universe before quantum fluctuations caused it to rapidly explode in the Big Bang and subsequent inflation, creating the present-day Universe.

Could a black hole cause the Big Bang?

[+] But if you were the one who fell into a black hole, your energy could conceivably re-emerge as part of a hot Big Bang in a newborn Universe.

Can the singularity explode?

In theory singularities can’t explode. That’s one of the minor reasons why a small but growing community of scientists, is starting to believe there’s no such thing as singularities.

Was the Big Bang singularity a black hole?

The big bang singularity is where all the mass of the universe used to be concentrated. It had all of the properties of a black hole singularity but from it ‘grew’ space time and matter was released into this space as the fundamental particles of very high energy. This is the big bang.

Did singularity explode or expand?

The big-bang theory of the universe is derived from Albert Einstein’s general theory of relativity and the idea that the universe expanded from a miniscule dense collection of energy called a singularity. There was no bang, just a vast expansion of extremely condensed material.

Do black holes explode?

Answer: Black holes don’t really “explode”, which implies that they generate a large outburst of energy which ultimately tears them apart, but they do have outbursts (also, unfortunately, referred to as “explosions”).

Can a black hole singularity explode?

The Quantum Bounce Rovelli and his collaborators speculate that these quantum gravity effects not only prevent the singularity from forming, but may in fact cause the black hole to explode. But this will only happen when quantum gravity dominates–i.e., when the matter is so compact that it’s almost a singularity.

What would cause a black hole to explode?

Unlike most objects, a black hole’s temperature increases as it radiates away mass. The rate of temperature increase is exponential, with the most likely endpoint being the dissolution of the black hole in a violent burst of gamma rays.

What’s the difference between a black hole and a singularity?

The singularity is the centre of a black hole. A black hole by definition is a region of space with a very strong gravitational field where even light cannot escape past a certain point, called the event horizon or “the point of no return.”

What is the black hole big bang theory?

The basic idea for the Black Hole Big Bang Theory (BHBBT) is that matter from a mother universe collapses into a black hole. The singularity of this black hole is at a single point in space with respect to anyone in the mother universe.

Is it possible to describe a black hole without singularities?

It is conceivable that some future combined theory of quantum gravity (such as current research into superstrings) may be able to describe black holes without the need for singularities, but such a theory is still many years away.

Can a singularity explode?

In theory singularities can’t explode. That’s one of the minor reasons why a small but growing community of scientists, is starting to believe there’s no such thing as singularities. But let’s believe they do exist. Something supposedly having infinite density and thus mass, according to special relativity, time should not exist in a singularity.

What is the difference between the past and a black hole?

The past is like the interior. Black holes, on the other hand, have their centers at a point in space, r=0 in coordinates centered on the black hole singularity. Thus, they are fundamentally different from the Big Bang singularity.